A voltage vL$($t$)=10$cos$(2000$t$)$ is applied to a $100-$mH inductance. Find the complex impedance of the inductance. Select the correct expression for the phasor voltage.

VL$=100$VL$=10$VL$=100$VL$=1000$ Select the correct expression the phasor current.

IL$=1/(2000$$)90$IL$=1/(20$$)90$IL$=1/(2000$$)90$IL$=1/(20$$)90$ Select the correct expression for the current as a function of time.

iL$($t$)=1/(10$$)$sin$(2000$t$)$iL$($t$)=1/(20$$)$cos$(2000$t$)$iL$($t$)=1/(10$$)$cos$(2000$t$)$iL$($t$)=1/(20$$)$sin$(2000$t$)$ State the phase relationship between the current and voltage.